Speaker
Mr
Sebuhi Nuruyev
(JINR, NASA IRP)
Description
Abstract
Silicon photomultipliers (SiPMs) are one of the modern instruments for nuclear physics detectors. Due to their excellent parameters near room temperature, these devices the best candidate to be used in the neutrino experiments such as nEXO, NEXT and DUNA, where the SiPMs should operate at sufficiently low temperature. This paper presents the results obtained with SiPMs from different manufacturers. The ambient temperature was varied from room environments up to liquid nitrogen. The influence of temperature variation on key parameters of SiPMs such as photon detection efficiency, gain, dark count rates was studied.
Author
Mr
Sebuhi Nuruyev
(JINR, NASA IRP)
Co-authors
Ziraddin Sadygov
(JINR, NNRC, NASA IRP, )
Mr
Ramil Akbarov
(JINR, NNRC, NASA IRP)
Mr
Gadir Ahmadov
(JINR, NNRC, NASA IRP)
Mr
Farid Ahmadov
(NNRC, NASA RPI, NASA CSSR)
Mr
Sadygov Azer
(JINR, NNRC, NASA IRP, )
Mr
Yuri Kopatch
(JINR)
Mr
Holik Michael
(Institute of experimental and applied physics)
Mr
Eyvaz Teymurov
(JINR)
